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Biomedical subjects

M P Wright

Publications and source records attributed to M P Wright.

5 recordsLinked to original sources

Risk assessment for HIV infection: validation study of a computer-assisted preliminary screen.

Development has been undertaken for microcomputer software intended to assess individual risk for HIV infection by analyzing personal case histories pertinent to drug abuse, receptive blood transfusion, and sexual behavior. The software performs interactive confidential interviews of individuals desiring expert assistance when deciding whether to commit to an antibody test. In the first phase of a validation study, 87 subjects responded to the computer interview. For each subject, human immunodeficiency virus (HIV) antibody status was on clinical record. This sample included 70 subjects, 29 of whom were HIV seropositive, recruited from the clientele of an AIDS antibody testing and counseling facility. In this phase, the software accurately assessed 28 of 29 seropositives (96.6%) to be at risk for HIV. The second phase was based upon participation of an additional 74 subjects who were undergraduates at the University of Oklahoma. In this presumed low-risk sample, 55 members reported never having previously tested for HIV antibodies. Seven members (12.7%) of the untested group were declared at risk in the course of receiving confidential computer screen advice. Of these 7, there were 3 members (42.9%) who were motivated by the computer to voluntarily seek HIV antibody testing. Of the 7 declared at risk, 2 members (3.9%) were among the 51 seronegative subjects classified as heterosexuals without specific and identified risks. All Phase II subjects seeking follow-up antibody tests were found seronegative.

Diagnosis, Computer-Assisted

Cinefluorography.

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Cineradiography

The microbiology and cleaning of thermoplastic splints in burn care.

The ability of thermoplastic splints to be a vehicle for the transfer of microorganisms from the burn wound was explored. Twenty splints were evaluated and 10 (50%) were found to have recoverable microorganisms immediately after being removed from the burn patient. Air drying for 10 minutes was not shown to be an effective method of removing contaminating microorganisms. A cleaning protocol using a quaternary ammonia solution proved to be 100% effective in removing microorganisms from thermoplastic splint material.

Adolescent